Saturday, July 31, 2021

Mobile IoT Connectivity Revenue: 3 to 5% of Total IoT Value?

Internet of things connectivity services--though an important growth area for mobile operators, likely will likely remain a relatively small source of revenue. Estimates of IoT market revenue often are quite large, but that includes devices, software and hardware, plus connectivity of several types. A reasonable assumption is that connectivity revenue will eventually range from three percent up to five percent of total IoT ecosystem revenue.  


source: Analysys Mason 


IoT services accounted for around one percent of total revenues for most mobile operators in 2020, according to Berg Insight. Despite growing deployment volumes, revenue per device remains low and prices are dropping. 


Global IoT connectivity revenues increased by around six percent during 2020, while the monthly average revenue per device dropped by 16 percent to € 0.39 ($0.46). 


The top ten mobile operators reported a combined active base of 1.49 billion cellular IoT connections at the end of 2020, accounting for 86 percent of total mobile-supplied connections, Berg Insight says. 


China Mobile is the world’s largest provider of cellular IoT connectivity services with an estimated 658 million cellular IoT connections. China Unicom and China Telecom ranked second and third with 240 million and 238 million connections respectively.


Vodafone had 118 million connections, followed by AT&T with 81 million. Verizon, Deutsche Telekom and Telefónica had in the range 26 million to 48 million cellular IoT connections. Orange and Telenor were the last players in the top ten with about 18 million and 17 million connections respectively. 


Except for Deutsche Telekom, year-over-year growth rates for the Western operators were in the range of eight percent to 22 percent.


Friday, July 30, 2021

M2M Connections in OECD Countries Average 27 Per 100 Persons

One cannot easily correlate connected sensors with consumer broadband, as connected sensor devices are sometimes used by consumers, but also by enterprises and other organizations. Still, in some Organization for Economic Cooperation and Development countries there are as many as 40 machine-to-machine connections per 100 persons. 


The OECD average is about 27 M2M connections per 100 persons. Not all those devices are directly connected to wide area networks. Many use unlicensed local area connectivity. Some use fixed networks directly, while others use mobile or wireless networks of one sort or another.



source: OECD


Thursday, July 29, 2021

Sub-TeraHertz Bands Next Up for 6G

Commercial use of teraHertz frequencies between 90 GHz and 300 GHz will be the object of much research between now and the time 6G launches, in large part because such frequencies are a vast trove of additional capacity available for fixed or mobile network applications. 


Small cells and better radios (multiple input, multiple output) are almost certainly required, to deal with line of sight and limited propagation characteristics at these frequencies. 


source: Brave Research Project

Though challenging, Moore's Law does help. Millimeter wave frequencies once were not commercially usable for mass market communications until we applied cheap and plentiful signal processing. The same will help with commercialization of sub-teraHertz frequencies as well.

Wednesday, July 28, 2021

5G Still Not a Priority for Western Europe Organizations: No Surprise

68 percent of Western European organizations do not yet have 5G as a part of their cellular or mobile network services infrastructure, a study by IDC finds. Some 25 percent of respondents say they “are not currently interested and do not have plans to move to 5G.” 

 

The study also suggests 47 percent of organizations had given 5G consideration and decided against adoption at this time.

 

When asked why they had no interest or plans to move to 5G, 58 percent reported they were happy with their current network infrastructure. Some 61 percent reported that budget concerns were among the reasons for their inaction. 

 

Some 44 percent of respondents said they would wait for 5G to develop as a technology before considering using it.

 

User skepticism--at the moment--might not be too surprising. If 5G adoption remains in the one percent to two percent range, that means 5G is in the “innovator” stage. Even the early adopters have barely started to buy. 

source: Ericsson 

 

Innovators might be 2.5 percent of total eventual buyers of a consumer product. The early adopters represent between 2.5 percent and 13.5 percent of total eventual customers. 

source: Wikipedia 

 

In other words, Western Europe 5G remains in the “bleeding edge” category for most mobile customers.

The next phase of development will see early adopters buying, with an inflection point at about 10 percent of eventual users. At that point the adoption curve steepens.  

 

Historically, it has taken about seven to eight years before the latest mobile next-generation network serves 40 percent or so of total customers, on a global basis. Some countries will achieve 50-percent adoption much more quickly, however. 

 

Customers buying 4G in the U.S. and Japan markets reached 50 percent in four to five years, for example. If 4G provides the model for 5G in Western Europe, the adoption rate will be slower than in the United States and Japan, reaching 50 percent in some markets in seven to 10 years. 

 

If so, some Western European 5G markets will hit 50-percent adoption just as6G might be rolling out in early markets.


U.S. Mobile Operators Might Have Spent 53% of Total Capex Since 1994 on Spectrum

U.S. mobile operators have cumulatively spent about $601 billion in capital investment since 1994, according to the CTIA.


Spectrum license purchases since 1994 have amounted to at least $211.5 billion, not including the cost of spectrum licenses that have traded hands in the form of direct purchases or company acquisitions and mergers. 


Assume that about half of all spectrum originally acquired at auction then is resold on secondary markets, primarily as firms with those licenses are acquired by other firms. That would imply an additional $106 billion that mobile operators have spent on spectrum assets. 


source: CTIA 


If so, then spectrum represents about $317.5 billion in spectrum capex, or roughly 53 percent of total capex. 


source: CTIA 


Tuesday, July 27, 2021

How Much Revenue Will the Network Slicing Services Market Generate?

Network slicing is perhaps the most-distinctive new 5G capability not based on speed or latency improvements. As always, touted use cases exist, but also can be functionally supported other ways. The basic trade off, as usual, is that local computing power is a functional substitute for communications-based remote computing. 


In other words, one can invest in capital to support local computing or communications to reach remote computing resources, in each case trading connectivity cost for computing resources, or vice versa. 

source: Ericsoon


In that sense, private 5G networks and edge computing can often be functional substitutes for a network slice. 


A recent report by Ericsson and Arthur D. Little, Network slicing: A go-to-market guide to capture the high revenue potential, estimates there is a global opportunity for network slicing services of about $200 billion in 2030. 


The obvious caveat is that the realized market might be smaller if the desired solution--optimized performance--also can be met using edge computing or private networks or both. 


Network slicing allows enterprises or network operators to create virtual private wide area networks that optimize performance: bandwidth, latency, reliability or availability, for example. But local and private networks, plus edge computing, are functional substitutes for a network slice. 


source: Ericsson, A.D. Little 


In a remote computing scenario, availability is the percent of time the resources actually are online. So the key performance indicator is “down time” as a percent of total time. 


Reliability is the percent of time the expected performance metrics are met. Reliability is the feature service level agreements are designed to address. 

source: bmc 


Though one might argue network slices are designed to address reliability more than availability--guaranteed levels of performance more than “better downtime performance”--redundant local computing resources also can provide those same advantages. 


A private 5G network with edge computing can supply the required bandwidth performance, plus the lower latency of computed response, compared to a network slice that improves either WAN bandwidth or latency or both. 


So we shall see. 


Friday, July 23, 2021

Will 5G ARPU Climb to $14.15 Globally, Up from $5.48 for 4G?

GlobalData believes 5G will generate monthly average revenue per user (ARPU) of $14.15, more than double 4G’s monthly ARPU of $5.48 per account, per month. That requires some unpacking. Historically, each successive digital mobile generation has tended to produce higher ARPU, at least initially. 


On the other hand, the longer-term trend is for ARPU to decline in every region. 


source: Strategy Analytics


In large part, that is because voice and text messaging revenue has been in decline. And while mobile data now tends to drive revenue growth (along with subscription growth), higher consumption is balanced by lower cost per gigabyte consumed. 

source: Strategy Analytics  


So 5G revenue twice the level of 4G would be a very big deal, indeed, though in many markets subscription growth will occur at high enough levels that ARPU changes might not be so material. 


source: GSMA

How Much 5G Revenue by 2029?

Mobile service providers might be generating about $900 billion to $1.1 trillion in service revenues by about 2029 (not adjusted for inflation). Of that amount, perhaps 60 percent will be generated by 5G networks, suggesting 2029 5G revenue of about $600 million.  


Of course, higher or lower forecasts also are made, and one has to remember that most 5G accounts will cannibalize 4G accounts, so the net change of total revenue will not be that large.


Total revenues in the mobile-enabled portion of the information technology ecosystem will, of course, be far larger. But that is typical for platforms. The value of electricity services, water, computer chips or software sold annually is far less than the value of all other economic activities using those platforms, for example. 


Internet of things ecosystem value will show the same pattern. By 2025, IoT applications, platforms and services might represent 67 percent of total ecosystem value, for example, according to Ericsson. Connectivity might represent five percent of ecosystem revenue. 


None of that is especially troubling, so long as other key legacy revenue drivers do not atrophy so fast that the new service revenues fail to outpace the losses. So far, most regions other than Europe have managed to do so.


Tuesday, July 20, 2021

Verizon Makes Google Messages the Default for Android Devices

Verizon will make the Messages by Google app the default rich messaging app on Verizon-sold Android devices starting in 2022, joining AT&T and T-Mobile in making similar choices for Android devices on their networks. 


Rich Communication Services is a standard for multimedia text messaging that operates more like app messaging platforms such as Facebook Messenger, WhatsApp or WeChat. RCS supports group chats, video, audio, and high-resolution images, read receipts, real-time viewing, and looks and functions like iMessage and other rich messaging apps.


Rich Communications Services was intended to be the multimedia successor to SMS (short message service). It still seems likely to do so, though the way it may do so illustrates some key changes in communications value and control, ultimately reflected in business models. 


The GSMA has promoted the use of RCS since 2008, primarily as a way of making carrier text messaging behave as do chat apps. But application-based messaging such as iMessage, WeChat, Slack, Skype, Viber, Android Messages, also are built on SMS. 


So RCS was envisioned as a “telco” messaging platform to rival app messaging. As with a few other salient telco initiatives, it has not quite worked out that way. 


In the U.S. market, AT&T and T-Mobile already had  opted to use the Google Messages platform, based on RCS. So instead of a “telco alternative” to app messaging services, RCS--as developed by Google Messages--becomes the AT&T and T-Mobile default for advanced messaging, not a carrier version, at least for Android devices. 


Telcos once hoped to become significant platforms for mobile app stores, data center hosting services and cloud computing as well. Many have moved into roles as video entertainment providers or content owners. They still hope to create roles in edge computing and internet of things value chains. 


History suggests it will be an uphill battle. Already, many major tier-one telcos are opting to become partners with hyperscale computing-as-a-service suppliers, rather than compete. Some telcos already are outsourcing their compute facilities to hyperscalers. 


AT&T will move its 5G core network to the Microsoft cloud. The switch means Microsoft’s Azure Cloud provides a path for all of AT&T’s mobile network traffic to be managed using Microsoft Azure technologies. 


As part of the deal, Microsoft will gain access to AT&T’s intellectual property and technical expertise to grow its telecom flagship offering, Azure for Operators.


Microsoft also is acquiring AT&T’s carrier-grade Network Cloud platform technology, which AT&T’s 5G core network runs on. AT&T’s Network Cloud platform has been running AT&T’s 5G core at scale since the company launched 5G in 2018. 


The point is that for all the wisdom of telcos “moving up the stack” and “adding more value,” that has proven exceptionally difficult. RCS provides yet another example.


ARPA and ARPU More Important than 5G Adoption Rate, if ARPU and ARPU Change

We aren’t sure yet how fast 5G will be adopted, compared to 4G experience. For that reason, subscriber totals in five years will vary quite a lot: as much as 100 percent. What is more important is the average revenue per user or average revenue per account trend.


Can 5G lift ARPU or ARPA, and if so, by how much? 


If there is no ARPU or ARPA change, then the number of 5G accounts swapped for 4G will not matter much, in the near term. Longer term, it will matter if new use cases--requiring 5G capabilities--develop. 


Scale matters, so adoption rates matter. New use cases will develop faster when developers can assume a significant portion of users have the new 5G capabilities. 


There will be 3.9 billion 5G mobile subscriptions globally by the end of 2026, GlobalData predicts. GSMA, on the other hand, estimates there will be 1.8 billion 5G mobile subscriptions in 2025. At a 20-percent growth rate, that implies 2026 subscriptions of perhaps 2.2 billion. 


On a base of nearly nine billion accounts, those forecasts imply adoption ranging from a low of 20 percent to more than 40 percent by 2026. 


Statista estimates 2026 5G subscriptions at about 3.5 billion; Bankr suggests 5G subscriptions will reach four billion as early as 2025. Ericsson forecasts about 3.5 billion 5G accounts by 2026. 


Much hinges on the  predicted adoption rate, the expected adoption inflection point and the time of 5G availability. It took four to five years from launch for 4G to reach a growth inflection point, where the rate of adoption accelerates. 


source: Ericsson 


The issue is whether 5G is adopted at the same pace, faster or slow than 4G. It also matters when 5G is launched in each country and how fast mobile operators decide to deploy. Many operators are controlling 5G capital investment by deploying at a deliberate and measured pace. That also has implications for subscriber figures. 


source: Bankr 


Perhaps of equal importance are 5G average revenues per account. GlobalData expects global 5G service revenues in 2026 of $609 billion, propelled by monthly average revenue per user (ARPU) of $14.15, more than double 4G’s monthly ARPU. That would be a really big deal, if it happens. 


As always, “average” might not mean much, as account revenue ranges from a dollar or two dollars in some countries to more than $40 in other countries. 


source: S and P Global Market Intelligence 


Still, the real question is not how fast 5G is adopted, but what the revenue implications might be. A bit faster or slower is an issue, but not so much as wether revenue per account is the same as 4G, lower than 4G or higher. 


A doubling of ARPU or ARPA would be truly significant. 


Monday, July 19, 2021

Dish Signs MVNO Deal with AT&T

Dish Network has signed a 10-year wholesale agreement with AT&T allowing Dish (especially the mobile virtual network customers) to use the AT&T network. Dish MVNO customers are supported under a wholesale agreement with T-Mobile that expires in 2027. 


In part, the new deal allows Dish more years to operate its 4G MVNO business and also support rural area customers for 4G and 5G. 


It seems possible there are other benefits. The deal means Dish Network customers in rural areas might be supported almost indefinitely on AT&T’s network, freeing Dish to concentrate its own capital investment on urban areas. 


It is possible the firms could also agree to allow AT&T access to some of Dish’s trove of spectrum. That would mean the additional AT&T network capacity needed to support Dish would be partially offset by new spectrum to serve those customers. 


The deal reduces Dish’s reliance on the T-Mobile network and also could have other benefits later if Dish Network and the entity holding AT&T’s DirecTV assets are allowed to merge. 


Though prior efforts to merge Dish Network and DirecTV satellite video networks have been thwarted, the market context is changing as satellite video steadily loses market share and customer volume. Where satellite once was viewed as competition for cable TV operators, that is less relevant now that linear TV is shrinking overall, and satellite receding faster than fixed network services.


Saturday, July 17, 2021

For Most Mobile Operators, 5G Will be Revenue Neutral

For the foreseeable future, net changes in telco revenue can happen only at the margin. Over the next decade, mobile operators, for example, will replace half their 4G accounts by 5G accounts. So the issue is whether average revenue per account stays the same; increases or decreases. 


Assuming at least a stable ARPA, the balance of revenue changes will come in fixed network services. And there the issue is whether new revenue sources offset expected losses in consumer and business service revenue. 


Keep in mind that revenue-neutral product replacement is necessary, but will not help telcos grow total  revenues. Product replacements only swap legacy revenue for new sources, as in the example of 4G accounts being replaced by 5G accounts. 


All things equal (operating costs; marketing costs; capital investment; revenue per account), swapping 5G for 4G results in zero net revenue gain. All revenue growth beyond zero must come in other areas. 


On a global level, revenues appear flat. But revenue contributors change substantially every decade. In fact, telcos routinely lose half of present revenues every decade. That seems unthinkable, but has happened. 


“Over the last 16 years we have grown from approximately 25 million customers using wireless almost exclusively for voice services to more than 110 million customers using wireless for mostly data services,” said Lowell McAdam, former Verizon Communications CEO.


It is an illustrative comment for several reasons. It illustrates Verizon’s transformation from a fixed network services company to a mobile company. But the comment also illustrates an important business model trend, notably that of firms in telecom needing to replace about half their current revenues every 10 years or so.


In the U.S. telecom business, for example, we already have seen that roughly half of all present revenue sources disappear, and must be replaced, about every decade.


According to the Federal Communications Commission data on end-user revenues earned by telephone companies, that certainly is the case.


In 1997 about 16 percent of revenues came from mobility services. In 2007, more than 49 percent of end user revenue came from mobility services, according to Federal Communications Commission data.


Likewise, in 1997 more than 47 percent of revenue came from long distance services. In 2007 just 18 percent of end user revenues came from long distance.


Though revenue attrition has been clearest for fixed network voice, the same process has been seen for mobile voice, text messaging, long distance revenues, mobile roaming and business customer revenues overall, in many markets. 


We can disagree about how much new revenue some communications service providers will have to create over a decade’s time, to replace lost legacy revenues.


If global telecom revenue is about $1.6 trillion to $2 trillion, and assuming about half the revenue is earned in mature markets, then the revenue subject to disruption ranges from $800 billion to $1 trillion.


Half of that represents $400 billion to $500 billion. That, hypothetically, is the potential amount of global revenue that might be lost, and would have to be replaced. The good news is that most of the replacement will come as 5G displaces 4G subscriptions. 


What is equally certain is that a huge amount of revenue from new services will be necessary, even if consumer purchases of Internet access--and replacement of 4G by 5G--happens.


One fundamental rule of thumb is that, in mature markets,  service providers must plan for a loss of about half of current revenue every decade or so. That might seem shocking, but simply reflects historical developments.


Nor is that rate of change unusual. In the digital consumer electronics business, it might not be unusual for an executive to predict that half the products that drive sales volume in 10 years “have not been invented yet.”


What is new for the telecommunication business is that product replacement now is a fundamental issue, even if for 150 years the only product was voice.


source: IBM

In 2001, in the U.S. market, for example, about 65 percent of total consumer end user spending for all things related to communications and video services went to "voice."


By 2011, voice represented only about 28 percent of total consumer end user spending.


Over that same period, mobile spending grew from about 25 percent to about 48 percent. Again, you see the pattern: growth of about 100 percent (losses of 50 percent require gains of 100 percent, to return to an original level,  as equity traders will tell you).


Video entertainment spending likewise doubled.


In the U.S. market, one can note roughly the same pattern for long distance and mobile services revenue. Basically,mobile replaced long distance revenue over roughly a decade.


At one time, international long distance was the highest-margin product, followed by domestic long distance.


That changed fundamentally between 1997 and 2007.


Over that 10-year period, long distance, which represented nearly half of all revenue, was displaced by mobile voice services.


In the next displacement, broadband is going to displace voice.


That is not yet an issue in some regions that still are adding mobile and fixed network subscribers, but already is an issue in most developed regions, where voice and messaging revenues already are declining.

Though some might continue to hope that higher Internet access revenues will offset voice and messaging revenue dips, the magnitude of voice revenue declines will be so sharp that in many markets, even additional Internet access revenues will be insufficient in that regard.


In fact, rates of revenue growth have been dropping in all regions since at least 2005, according to IBM.


At least so far, ability to fuel growth by extending service to customers with low average revenue per user will continue to drive revenue growth, even for legacy services, for a while. The only issue is when saturation is reached in each particular market.


When that happens, the same pressure on voice and messaging revenue already seen in mature markets will be seen in presently-growing markets.


Those changes can be hard to discern, as the top line obscures changes in revenue contribution from the largest sources. Voice, messaging and long distance services have fallen dramatically. Consumer fixed network usage of voice no longer drives financial results, its place taken by internet access (broadband). 


Mobility now drives growth in most markets, and especially the data services component of mobile revenues. Subscription growth still is highly meaningingful in developing Asia and Africa. 


source: Delta Partners 


Basically, 5G mostly prevents telco revenue from declining. It does not drive revenue growth. If we expect continued declines in fixed network voice, then broadband and other new services will have to be relied on for most of the growth, in most markets, by most operators. 


The lucky scenarios will happen when mobile-first operators actually are able to drive higher ARPA in the 5G era.


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